Innovative Materials for Energy and Sustainability
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Beschreibung
This book presents recent advances in the development and application of innovative materials for sustainable energy and environmental solutions. It explores the synthesis, characterization, and performance of nanomaterials, semiconductors, and functional composites in technologies such as solar cells, microbial fuel cells, and photocatalytic systems. Special attention is given to environmentally focused applications, including biomass conversion, pyrite beneficiation, and antimicrobial coatings. By bridging materials science with energy and environmental engineering, the book offers researchers and practitioners valuable insights into emerging strategies for clean energy generation and ecological remediation.
This book presents recent advances in the development and application of innovative materials for sustainable energy and environmental solutions. It explores the synthesis, characterization, and performance of nanomaterials, semiconductors, and functional composites in technologies such as solar cells, microbial fuel cells, and photocatalytic systems. Special attention is given to environmentally focused applications, including biomass conversion, pyrite beneficiation, and antimicrobial coatings. By bridging materials science with energy and environmental engineering, the book offers researchers and practitioners valuable insights into emerging strategies for clean energy generation and ecological remediation.
Provides strategic roadmaps for key technologies in sustainable energy and environmental remediation Bridges interdisciplinary fields to foster innovative, real-world solutions Highlights cutting-edge applications of functional materials in clean energy systems and ecological technologies
Autor*in
Carlton A. Taft
Themen in »Innovative Materials for Energy and Sustainability«
Nanoparticles Microplastic Removal Solar Cells. Fuel Cells Semiconductor Catalysts Oxides Sulphides Ruthenium Complexes Molybedium complexes Pyrite Silver Nanoparticles Perovskites Non-Peroskite Oxides Density Functional Theory Simulations